Utils
utils
¶
Additional utilities that fit nowhere else.
KT = TypeVar('KT')
module-attribute
¶
PT = TypeVar('PT', bound=BaseModel)
module-attribute
¶
T = TypeVar('T')
module-attribute
¶
VT = TypeVar('VT')
module-attribute
¶
EmptyListError
¶
Custom exception for an empty list in SList.
MultipleItemsError
¶
Custom exception for a list with multiple items in SList.
convert_md_to_py(path: Path | str, *, target_path: Path | str | None = None) -> None
¶
Converts a Markdown file to a py file by extracting all python codeblocks
Parameters:
Name | Type | Description | Default |
---|---|---|---|
path | Path | str | Path to the Markdown file to convert | required |
target_path | Path | str | None | Path to save the new Python file. If not provided, the new file will be the same file with .py | None |
Warning
If a file with the same name already exists, it will be overwritten.
deepcopy_with_sharing(obj: Any, shared_attributes: list[str], memo: dict[int, Any] | None = None)
¶
Like deepcopy
but specified attributes are shared.
Deepcopy an object, except for a given list of attributes, which should be shared between the original object and its copy.
Parameters:
Name | Type | Description | Default |
---|---|---|---|
obj | Any | some object to copy | required |
shared_attributes | list[str] | A list of strings identifying the attributes that should be shared instead of copied. | required |
memo | dict[int, Any] | None | dictionary passed into deepcopy. Ignore this argument if not calling from within deepcopy. | None |
Example
class A(object):
def __init__(self):
self.copy_me = []
self.share_me = []
def __deepcopy__(self, memo):
return deepcopy_with_sharing(
self, shared_attribute_names=['share_me'], memo=memo
)
a = A()
b = deepcopy(a)
assert a.copy_me is not b.copy_me
assert a.share_me is b.share_me
c = deepcopy(b)
assert c.copy_me is not b.copy_me
assert c.share_me is b.share_me
Original from https://stackoverflow.com/a/24621200
del_nested_attr(obj: PT, attr_paths: str | Sequence[str] | None, *, inplace: bool = False, missing_ok: bool = False) -> PT
¶
Remove nested attributes from an object.
dict_diff(dct1: dict[KT, VT], dct2: dict[KT, VT]) -> tuple[list[KT], list[KT], dict[KT, tuple[VT, VT]]]
¶
Returns the added keys, removed keys and keys of changed values of both dictionaries.
dict_diff_str(dct1: dict[KT, VT], dct2: dict[KT, VT]) -> tuple[str, str, str]
¶
Returns the added keys, removed keys and keys of changed values of both dictionaries as strings for printing.
find_index(elem: Any, lst: list[Any]) -> int | None
¶
Find the index of the element in the list or return None
.
find_indices(elements: np.ndarray | list[Any], total_set: np.ndarray | list[Any]) -> np.ndarray
¶
Finds the indices of the elements in the total set.
flatten(nested_list: list[list[T]]) -> list[T]
¶
Flatten a nested list.
is_notebook() -> bool
¶
Determine if we are running within a Jupyter notebook.
is_stable_release() -> bool
¶
Return whether the current version is a stable release.
is_stable_version(version_str: str) -> bool
¶
Return whether the given version is a stable release.
parse_dt_str(dt_str: str) -> pnd.DateTime | pnd.Date | pnd.Interval
¶
Parse a string to a pendulum object using the local timezone if none provided or UTC otherwise.
rank(arr: np.ndarray) -> np.ndarray
¶
Returns the rank of the elements in the array and gives the same rank to equal elements.
safe_list_get(lst: list[T], idx: int, *, default: T | None = None) -> T | None
¶
Get the element at the index of the list or return the default value.
store_retvals(func)
¶
Decorator storing the return values as function attribute for later cleanups.
This can be used for instance in a generator like this:
@pytest.fixture
def create_blank_db(notion, test_area):
@store_retvals
def nested_func(db_name):
db = notion.databases.create(
parent=test_area,
title=db_name,
schema={
'Name': schema.Title(),
},
)
return db
yield nested_func
# clean up by deleting the db of each prior call
for db in nested_func.retvals:
notion.databases.delete(db)
str_hash(*args: str, n_chars: int = 16) -> str
¶
Hashes string arguments to a n-character string.
temp_timezone(tz: str | pnd.Timezone)
¶
Temporarily set the local timezone to the given timezone. Mostly used by unit tests.
to_pendulum(dt_spec: str | dt.datetime | dt.date | pnd.Interval) -> pnd.DateTime | pnd.Date | pnd.Interval
¶
Convert a datetime or date object to a pendulum object.